Can Infrared Thermal Imaging Really See Through Walls?
Thermal imaging, as an important visual extension technology, is not affected by visible light, can see heat source objects in the dark, and can even perceive temperature differences. Therefore, thermal imaging has a wide range of applications in military, security, rescue and other fields. However, some people have misunderstandings about thermal imaging, thinking that thermal imaging can see through walls, which is incorrect.
In fact, thermal imaging cannot see through walls. This is because the walls we encounter in daily life are generally thick enough to effectively block the infrared radiation on the other side of the wall, so thermal imaging cannot see through walls or see people through walls. Infrared radiation is an important principle for thermal imaging to perceive objects. If the wall is thick enough, then infrared radiation cannot penetrate the wall, and thermal imaging cannot perceive objects on the other side of the wall.
Thermal imaging is like a human "heat sensing eye". It can capture heat signals hidden outside visible light and let us see the other side of things!
The application of thermal imaging is very wide! Engineers can use thermal imaging to detect house leaks and find the problem without demolishing the wall! Moreover, if your home has floor heating installed, you can also use thermal imaging to detect and quickly find possible hot spots or cold spots, helping you maintain the floor heating system to ensure warmth and comfort. In addition, thermal imaging also plays an important role in the medical field, such as non-invasive detection of human body temperature distribution and auxiliary diagnosis of diseases.
Product features:
1. High integration of the whole machine, compact and small;
2. High cost performance, suitable for individual users;
3. Lightweight design, easy to carry;
4. Low power consumption, ultra-long battery life;
5. Integrated laser ranging function, can quickly determine the target;
Field: It can be widely used in night reconnaissance, hunting, outdoor activities and other specific application fields.
Product parameters:
Detector type: uncooled long-wave infrared focal plane detector
Resolution: 384×288 / 640x512 (optional)
Working band: 8 μm ~ 14 μm
Pixel center distance: 12 μm
Lens: 35mm
Display type: color OLED, monocular display
Display size: 0.39”
Display resolution: 1024×768
Image mode: black hot, white hot, rainbow, iron red, feather red, etc.
Electronic magnification: 1×/ 2×/ 3×/ 4×
Main functions: laser ranging (1Km), WiFi, photo, video, crosshair, compass orientation, picture-in-picture, hotspot tracking.
Temperature measurement: optional
Working temperature: -40℃ ~ +55℃
Packaging level: IP65
Weight: ≤ 330 g (including battery)
Dimensions: ≤ 150mm ×72mm×39mm
Interface: Type C
Battery: ICR18650 ×1
Continuous working time: ≥5 h
In the future, with the continuous development of technology, thermal imaging will play a greater role in more fields and bring more convenience to our lives.
